With the rapid development of low-altitude economy, UAVs and other low-altitude flight equipment will be more widely used, and the accompanying low-altitude defense issues will increasingly become a pain point for all walks of life. With 20 years of experience in information construction technology research and development and projects in the field of national air traffic control, Brilliance Science and Technology is actively developing an intelligent low-altitude defense platform with independent intellectual property rights.
The platform relies on the basic platform of low-altitude management developed by Brilliance Science and Technology, based on low-altitude intelligent networking, and uses the idea of systematic system construction to integrate low-altitude radar, ADS-B, optoelectronics, spectrum and acoustics for the special business needs of low-altitude defense. It uses AI, large model, space grid and other technologies to develop a set of all-weather, full-time, multi-scene, configurable and intelligent "integrated management and defense" low-altitude defense platform. The platform can detect, track and identify low-altitude moving targets such as unmanned aerial vehicles (UAVs) in the global space, and implement control measures such as expulsion, capture and destruction according to the protection requirements of the region. It can be widely used in important military targets, power facilities, petroleum and petrochemical, aerospace and other key areas and places with UAV countermeasures requirements.
The low-altitude defense platform being developed by Brilliance covers the following features:
● Multi-source intelligence fusion processing: integrate data streams from multiple intelligence sources such as radar, photoelectric sensors, and radio monitoring equipment, so as to accurately capture target signals in complex environments, improve the detection range and identification accuracy, and form a panoramic and three-dimensional management and control of air intelligence.
● Target big data analysis: establish a comprehensive database of low-altitude moving targets, and collect multi-source information such as radar echo characteristic data, photoelectric imaging characteristic data and radio spectrum of various UAVs and other low-altitude moving targets. Using big data analysis to deeply mine the internal correlation between data, build target feature model, carry out anomaly detection, behavior pattern analysis and trend prediction, and provide strong data support for real-time identification and forward-looking early warning.
● Intelligent target recognition: Through intelligent learning and training of flight trajectory characteristics of different UAVs, the recognition ability of UAVs' unique behavior patterns is continuously improved to ensure rapid and accurate response to non-cooperative UAV threats.
● Multi-means coordinated counteraction: through continuous learning of counteraction rules, the system integrates the performance and use conditions of different counteraction equipment, as well as the types and performance of counteraction targets, automatically plans counteraction tasks and generates counteraction instructions, controls counteraction equipment to implement counteraction, and realizes fully automatic unattended counteraction work.
In the future, with the development of low-altitude economy and the increasing attention of society to low-altitude defense issues, the platform will continue to upgrade and further improve. Based on its own development planning and business positioning, Xinchen Science and Technology will face the market demand and continue to tackle key technical problems, and help implement the new infrastructure of low-altitude integrated three-dimensional security by giving full play to its comprehensive strength.
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